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A complex co-management system exists across Inuit Nunangat, whereby federal, provincial, territorial governments and Inuit organizations manage natural resources cooperatively. Under Inuit land claim agreements, Inuit Knowledge, western science, and co-produced knowledge are to be used side by side to support decision-making. However, the mechanisms of effectively integrating these knowledge systems to inform decision makers remain poorly understood. This limits Inuit self-determination, hinders knowledge production, impedes resource governance improvements, and exacerbates communication barriers leading to tensions in marine resource management. It is also a barrier for scientists to utilize Inuit Knowledge that exists in a different capacity, and vice-a-versa. We discuss marine resource management indicators, positioning them as potential ‘boundary objects’ around which different knowledge systems converge. We explore their role for not only monitoring ecosystems but also for integrating knowledge in co-management. We summarize efforts at developing indicators and explore the extent to which they can take on information from different knowledge systems in support of improved co-management decision-making. Finally, we identify how indicators can be used as a facilitation tool for integrating knowledge systems while also generating new research questions and bringing forward management challenges that would otherwise remain out of the scope of researchers and resource managers.
A complex co-management system exists across Inuit Nunangat, whereby federal, provincial, territorial governments and Inuit organizations manage natural resources cooperatively. Under Inuit land claim agreements, Inuit Knowledge, western science, and co-produced knowledge are to be used side by side to support decision-making. However, the mechanisms of effectively integrating these knowledge systems to inform decision makers remain poorly understood. This limits Inuit self-determination, hinders knowledge production, impedes resource governance improvements, and exacerbates communication barriers leading to tensions in marine resource management. It is also a barrier for scientists to utilize Inuit Knowledge that exists in a different capacity, and vice-a-versa. We discuss marine resource management indicators, positioning them as potential ‘boundary objects’ around which different knowledge systems converge. We explore their role for not only monitoring ecosystems but also for integrating knowledge in co-management. We summarize efforts at developing indicators and explore the extent to which they can take on information from different knowledge systems in support of improved co-management decision-making. Finally, we identify how indicators can be used as a facilitation tool for integrating knowledge systems while also generating new research questions and bringing forward management challenges that would otherwise remain out of the scope of researchers and resource managers.
Many areas in the Arctic are vulnerable to the impacts of climate change. We observe large-scale effects on physical, biological, economic and social parameters, including ice cover, species distributions, economic activity and regional governance frameworks. Arctic living marine resources are affected in various ways. A holistic understanding of these effects requires a multidisciplinary enterprise. We synthesize relevant research, from oceanography and ecology, via economics, to political science and international law. We find that multidisciplinary research can enhance our understanding and promote new questions and issues relating to impacts and outcomes of climate change in the Arctic. Such issues include recent insights on changing spawning migrations of the North-east Arctic cod stock that necessitates revisions of socioeconomic estimates of ecosystem wealth in the Barents Sea, better integrated prediction systems that require increased cooperation between experts on climate prediction and ecosystem modelling, and institutional complexities of Arctic governance that require enhanced coordination.
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